SCIENTIFIC ABSTRACT ROMASKA, K. - ROMANTSEV, Y.F.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001445310015-7
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 19, 2001
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

3/035/62/000/008/010/09a
AOO1/A101
AL !THOR: Romanskaya,. S. V
TITIU: Analy-sis of the joint Pulkovo latitude series 1915 1941
PERIODICAL: Referativnyy zhurnal, Astronomiya I Geodeziya, no. 8, 1962, 18,
abstract 8A 144 (In collection: "Predvarit. rezul'taty issled. ko-
lebaniy shirot I dvizheniya polyusov Zemli, no. 2", Moscow,. AN SSSR,
1961, 81 87, English summary)
TE)ri: Latitude observations being analyzed consist of two cycles (1915
1929 and 1929 - 1941). They were joined into a single system byreducing the
Values of a revolutionof the ocular micrometer screw, declinations and-proper
-tions of the
motions of the program stars. The declina program stars were first V/
reduced, by means of the known systematic corrections, from the Auwer@3 A system
to the FK3 system. Then, by the chain adjustment of the observed materlay, final
:corrections were determined. In conversion to the FK3 system the mean latitude of
the Instrument was changed,by +0'.'07. Using corrected declinations,.the latitude
curve was plotted, based on which mean latitudes 4) were calculated by A..Ya. Or
lov 5: fo@m ula@ for the entire period from 1915 to 1941. Latitude variations A
vie re compared with the International Latitude Service data for.calculating*,,
Card 1/2

Preliminary Data of Latitude Variations (Cont.) SOV/5742
errors in latitude observations than has been possible previously. No per-
sonalities are mentioned. English abstracts and references follow each article.,
TABLE OF CONTENTS:
Preface
PART ONE
Romanskayaj S. V., L. D. Kostina and N. Re Andreyenko. Latitude
Observations at the Main Astronomical Observatory of the Academy
of Sciences USSR (Freyberg@-Kbindratlyev Zenith-Telescope)
Yiavtushenko, Ye. I.p I. P. Ogorodnik,,and 0. V. Chu@runova.
Observations of Talcott Pairs. at the Poltava Grarimetrical
'Observatory of,the Ukrainian Academy of Sciences (Zeiss
Zenith-Telescope) 9
Popov, N.,A. Observations of Bright Zenith*Stars at the Poltava
Gravimetrical Observatory of the Ukrainidn Academy of Sciences,
(Zeiss Zenith-Telescope) 13
Card 2/5

Preliminary Data of Latitude Variations (Cont.) SOV/5742
G Ot rd ;'// 5

CIard . 4/5

11POLXM
ROVIANSKI, pqg44n, Consulting Clinic for Allergic Diseases
nia Chorob Alergicznych) of the First Clinic of In-
ternal Diseases (I Klinika Chorob Weimetrznych) (Director:
Prof.. Dr. GORSKI) in Gdansk
"I-3ronchial Asthma Du
e to Allergy to 2%lushroom Spores. Re-
port of 'Mroo (3) Casos."
Warsaw, PoIsicl. -odnilc Lelcarski, Vol
18, No 18, 29 Apr 63,
pp 6'->5-627.
Abstract: .[Author' s English summary] The authordescribes
the symptoms of. allorgization to mushrooms (Fun-i imper-
-one, the.:
fecti Phycomycetes) and cites threecases. In
paroxysm of bronchial asthma appeared only in thesummer,
whereas in the other two i.t occurred independently of the
season, and only at the patients' homes. The skin tests
v
urith fungi extracts were, po si ti e, and, specific. desensi-
bilization was successful. There are 12 references, of.
which three (3) are Polish, seven (7) are in English, and
one (1) each in French and German.
- - - - - - - - - - - - - - - -I - - - - - - --- - - --- - - - - - - -

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-66 EWT (M)/EWP(J)AWA(h) /WAW RM
ACC NR,
AP5027188- 90@TCE LODE: :UR/0076/65/03
V010/21599/26
AUTHOR:
R
omantsev, M. P.;.Sarayeva,'V. V., Mis enk6 0.1 A.
hche
M
ORG: Moscow State University im. Agoskovskiy gosudarstvenn unw-@...
V
yy
ersitet)
Ll
Q:of 0
TITLE: Ra ya s h
-lutions of,is ooctyl and heptyl peroxides in ydrocarbons
souRCE: Zhurnal fizicheskoy'khimiip v ..no!".. 10 1965 2599
-2602
TOPIC TAGS: hydroperoxid f t,
e,'-'Jrradiat on ef ec y rocarbo
n,-radiation chemistry
peroxide, s6lution.concentration,' chemical decomposition, radiolysis
ABSTRACT. The radiolysis of 2A 4-trimethyl-2-pentyl hydro e e in isooctane "arid"
of sec-heptyl hydroperoxide in heptane,was studied as a,f nction i
u of th6 nitialhydird'
peroxide-concentration.and temperature.- Dialkyl-peroxides and al ohols ere forme
c w
in the range of initial doses,
the radiolysis takes place as follows:
R11--), R, H,
2) RbOH@-@ R@--.4 RO 4: RM,-.
3) 2Rb -Do R00A.-,
A study of the yield of radiolysis products formed by.:thebreakdoyp of@h roperoxidis
C 41,
as a function of concentration,showed'EhaCin the oncentration ra gi ofJ
n e .81: x 10'.
5.6 x 10-3 M at OOC the hydroper-oxide ac'ts'as'*an acceptor of the"riadicals formed1by,:
the hydrocarbon ra,diolysis.. -The yield -.from,the-,breakdown of ROOH and, the,formation,:,_
of,products depend little' on the'temperature.@:'-.T@he, iactivation,.ener'ii, oil -these pro,
Card 1/2 . . ......
541 15

A
3341h
S/032/62/026/002/012/037
B125/BI04
ATJTHORS: Notkina, ht. A., Solodovnik, S. M., Baranova, L. L., Lushina,
V. and Romantseva, T. I.
TITLE: Increase of the sensitivity of impurity,determination in
pure metals
PERIODICAL: Zavodakaya laboratorlya, v. 28i no. 2, 1962, 176 177
6
-5 of impurity determination,in pure
TEXT: The, accuracy (over 10, 10
t
metals with low ionization poten ial (Ga, In, T1 etc.) can be increased
by separating the main component of the sample and using the remainder
as an intensifying additive. The intensity of analytical -lines in the
case of impurity elements with low ionization potential can be raised by
the introduction of Ca 0 GaC1 NaNo Ila co NaCl, Na and AgCl,
2 3' Y P 2 V 2SO4
*hereby the background intensity is reduced. The have shown
that the addition of.4% of NaCl to the impurity Is most
convenient for.the analysis of metals with high ion.i7afir):i potential
(Bi, Si, 5b, etc.)4 The main components of,the sample in the impurity
concentratea produced in the chemical concentration rocess, together
P
Card 1/3

3341h
S/032/62/028/002 012/037
Increase of the sensitivity of... B125/B104
with NaCl, influence the relative intensity of the impurity elements to
be determined. The effect of NaCl in elements with relatively low
ionization Potential (Ca, In, Tl) in significant only if the concentration
of the main component in low. The effect of the main component above a
given concontratiori upon tile Impurity line intensity is independent of
the presence of NaCl. T'- @jrfnct of UaCl In not eliminated even by
relatively high conc@nk-,@@-nn or elements with high ionization potential
(BI, SI, 5b, etc.). ji; nt in partially.separable in the
rompone
chemicnl spectrum analxAia qf metals with low ionization potential. The
remainder is suited as an intensifying impurity, and the addition of 5aC1
to the concentrate is-unnuitable. NaCl is required In the analysis of
metals with relatively high ionization potential. The methods discussed
here are suited for semiconductor engineering. The accuracy of
determination with an initial weighed portion of I g (neglecting possible
impurities) is presented in a table. There are 2 figures, I table, and
11 references: 9 Soviet and 2 non-Soviet. The two references to Englieh-
language publications read as follows: B. Scribner, H. J. Mullin. Res.
Nat. Bur. Standards, 37, 1 379 (1946); R. Breck ot. Congr. adv. methIod
anal. Spectr. prod. met. (Paris), 8, 33 (19475.
Card 2/3

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ABSTRACT' uth Certl cateAntrd
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:rhemical Protection From Effects (Cont.) SOV/22006
empirical selection of protective agents. Possible mechanisms of protectiv e
action are discussed. No personalities are mentioned. There are-219 refer ence's4
32 Soviet, 142 English, 19 German., 24 French, 1 Czech, and 1 Italian.
TABLE OF CONTENTS:
PART I
@Savich, AN. Physical and Chemical Processes Occuring in Living Tissues Under
the Action of Ionizing.Radiation 5
1. Ionizing andexcitation lof atoms and molecules
by ionizing radiation
2. Conversion of the energy of excited and ionized atoms and molecules 20.
5. Radiation chemistry of water and water solutions 30
4. Theory of the biological effect of radiation 36:
'High efficiency.of absorbed energy 37
Relation of sickness to the radiation dosage 38
Relation of the biological effect to ionization density 38
Incubation period
38
Relation of the biological effect to the radiation intensity (dose
rate), 38
Card 2/5